KR100649136B1 - An allium cutter - Google Patents

Abstract

The present invention relates to a wave breaker, the upper and lower gas is formed in all the intersection of the fall prevention jaw, the upper fall prevention jaw to be coupled in a state surrounding the lower fall prevention jaw to prevent the infiltration of the juice source, each gas By providing a cover coupling ring coupling member on the side of the blade can be very easily disassembled assembly of the blade, and the purpose of providing a wave cutting device that can be easily combined in the assembly process of each comb bunch.

The present invention is provided with a blade for cutting the wave introduced by the rotational force in the opposite direction, respectively accommodated therein, each of the upper body and the lower body of the device body, the upper body and the lower body are respectively overlapping, vertical The upper and lower cover plates are provided in each of the upper and lower bodies to seal the received gear box, and the upper and lower cover plates are detachable from the key grooves exposed at predetermined intervals. The upper and lower blades are coupled to each other, and the wave cutting device formed by integrally forming a comb bunch member interposed between the respective blades, wherein a plurality of guide grooves are formed on both upper and lower sides of the upper and lower device bodies, respectively. And is rotatably coupled to the end of the guide groove to draw in and out of the guide groove. The upper and lower ends of the upper and lower covers are provided with a coupling ring for coupling the upper and lower covers to the upper and lower device bodies, respectively, and both sides of the upper and lower covers each have a coupling groove to which the coupling ring is coupled. , The coupling groove is formed elongated in the vertical direction is provided with a breaker device characterized in that the coupling ring is configured not to be easily separated by vibration.

According to the present invention, since the fall prevention jaw is provided in the upper gas and the lower gas, respectively, and the fall prevention jaw of the upper gas is combined while covering the fall prevention jaw of the lower gas, even if the juice flows into the lower gap of the lower fall prevention jaw of the upper gas. It is possible to block the inflow of green juice by the fall prevention jaw of the gas, and the upper and lower cover can be quickly coupled to the main body of the device through the ring-shaped coupling ring. Since the side support plate can be prevented from bending, the safety and durability of the device are excellent.

In addition, the retainer is configured in the key groove of the driving device coupled with the blade shafts of the upper and lower blade bundles, so that the retainer is in close contact with the side of the blade, so when cleaning the juice or blade bundles generated during the cutting of the wave Through the engaging portion of the key groove to provide an effect that can prevent the penetration of water into the drive device.

Description

Wave cutting device {AN ALLIUM CUTTER}

1 is an exploded perspective view of a wave shredder according to a conventional embodiment,

2 is a perspective view of a driving device applied to a wave shredder according to a conventional embodiment,

Figure 3 is a perspective view showing a state after assembly of the wave cutting device according to an embodiment of the present invention,

Figure 4 is an exploded perspective view showing the upper and lower gas of the wave cutting device according to an embodiment of the present invention,

Figure 5 is a perspective view showing in detail the upper gas of the wave cutting device according to an embodiment of the present invention,

Figure 6 is an exploded perspective view of the blade of the wave cutting device according to an embodiment of the present invention,

7 is a cross-sectional view showing a coupling state between the upper and lower blade bundles and the key groove of the driving device of the wave cutting device according to an embodiment of the present invention.

* Explanation of symbols for main parts of drawings *

114,152: upper and lower cover plates, 118: keyway,

122,132: blade, 172: comb member,

300: cutting device, 310: upper gas,

312: upper cover, 314: device body,

316: coupling groove, 318: guide groove,

320: binding ring, 322: binding rod,

324: engaging projection, 326: first fall prevention jaw,

328: side support plate, 350: lower gas,

352: lower cover, 354: device body,

356: coupling groove, 358: guide groove,

360: binding ring, 362: binding rod,

364: Gear Pack, 366: Second Falling Jaw,

368: Retainer.

The present invention relates to a wave breaker, and more particularly, to form a fall prevention jaw at all the intersections where the upper and lower gases are coupled, and to prevent the infiltration of green juice by allowing the upper fall prevention jaw to be coupled in a state surrounding the lower fall prevention jaw. And, by providing a cover coupling ring coupling member on the side of each gas to make the disassembly and assembly of the blade very easily, and relates to the breaker device so that the combination of each comb bunch can be easily made in the assembly process.

As is well known, in general, the pasaggi season is for the primary processing of the ingredients of the dish (aka: soy sauce), which is accompanied by beef meat (이는 料理), etc., which is the two corresponding disc blade crosses up and down If the wave is cut into a certain size on the disc blade part of the upper plate and put into it, it is first cut in the longitudinal direction firstly on the disc blade part of the upper plate and in the direction where the cut wave crosses again at the disc blade part of the lower part at the next moment. It is intended to be cut long and thin.

Conventional wave cutters having this function are provided with helical gears and spur gears, each of which can be driven by the disc blade side motors fixed on the blade shaft, which is referred to as Utility Model Publication No. 81-1223. It is known.

The crusher has a power transmission helical gear and a spur gear fixedly installed on both sides of the blade shaft, so that the residues of the wave inside the disc blades located between the respective gears during the drive of the crusher (mucus liquid, crumbs). Etc.), it was not possible to disassemble the disc blade part, so it was impossible to clean it. Since the blade and the power transmission gear were installed on the same axis, there was a high possibility that the oil applied to the gear would be caught on the wave being processed. .

In addition, since the comb teeth installed between the blades and the blades are installed by bending the wire, there is a disadvantage in that a very large friction noise is generated during operation. Also, as the lower part of the comb teeth is not fixed, an inexperienced user is between the blades and the blades. If the pulley is manually operated to remove the wave caught in the blade, the lower part of the comb teeth rotates simultaneously when the pulley is rotated in the opposite direction to the forward rotation direction of the blade, resulting in damage to the sharp blade. There were various problems.

Therefore, in order to solve the above problems in recent years, the helical gear and the spur gear are engaged with each other so that the power is transmitted while being positioned on one side of the disc blade portion, so that the disc blade portion is easily disassembled and assembled regardless of the gear. It is possible to make the cleaning work easy, while installing a diaphragm between the gear group and the disc blade to prevent the gear group and the disc blade from intersecting each other. This paper is designed to remove noise and to prevent the damage of blades during reverse rotation. Has been proposed.

However, the passivator has a problem that the cover plate for sealing the gearbox is crossed up and down, so that the juice generated during the cutting process of the wave flows into the intersection and moisture is penetrated into the gearbox of the driving device. Moisture also penetrates through the joints of the blade bundle and the gearbox, causing the joints to easily rust.

In addition, there is a problem that the cleaning operation is not easy because the bolt that is the coupling means must be disassembled in order to disassemble the disc blade from the main body.

Accordingly, the present applicant has invented a patent that improves the problems of the prior art under the name of "Paced Seasoning Machine (Patent Registration No. 10-0349339)," with reference to FIGS. 1 and 2 in detail. Describe.

Referring to this, the passivator, the upper cover plate 114 for sealing the gear box accommodated in the upper body 110, the fall prevention jaw 116 is formed at the lower end of the fall prevention jaw 116 is lower The key groove 118 is to be in close contact with the upper portion of the lower cover plate 152 coupled to one side of the body 150, and exposed to the upper and lower cover plates 114 and 152 at predetermined intervals. The upper and lower blade bundles 120 and 130 that are detachably coupled to each other are integrally molded with the comb bundle 170 interposed between the respective blades 122 and the coupling surface 172 formed on one side thereof is upper. In addition, the upper and lower blade bundles 120 and 130 are selectively coupled to the comb coupling portions 112 formed at both ends of the lower gases 110 and 150, and the upper and lower gases 110 and 150. The upper and lower covers 140 and 160 to be fixed on the upper and lower bodies 110 and 150 through the one-touch coupler 300. It can be attached and detached by one touch method.

In addition, the pair of blades 122 adjacent to each other constituting the upper and lower blade bundles 120 and 130 has a retainer 126 applied to one end of the blade shaft 124 coupled to the center of the upper and lower blades. It is to prevent the penetration of water, etc. into the gear box mounted in (110).

Effects of the washing machine according to the present invention configured as described above are as follows. First, in the present invention, when power is supplied to the motor 210, power is transmitted by the belt pulley 200 connected thereto via a belt to operate the driving device 200.

Therefore, as the driving device 200 is operated, the upper and lower blade bundles 120 and 130 coupled with the key grooves 118 of the driving device 200 are operated and supplied from the upper portion of the upper gas 110. The wave to be cut is broken.

At this time, even if the juice is generated by the breakage of the wave during the cutting process of the wave, the upper and lower cover plate 114, 152 applied to the present invention is the drive device accommodated in the upper, lower gas (110, 150) By completely blocking the (200) from the outside is that the juice of the generated wave is not introduced, in particular, the lower cover plate 152 by the fall prevention jaw 116 formed in the lower portion of the upper cover plate 114 The juice of the leek does not flow to the intersection of the).

In addition, the blades 122 and 132 mounted at predetermined intervals with respect to the blade shafts 124 and 134 of the upper and lower blade bundles 120 and 130 are sandwiched between the waves. Comb bundle 170 to be combined to scrape the residues of the single body is composed of an injection molded form, so that the combination and disassembly is made very convenient, and after using the washing machine 100, the one-touch coupling unit 300 By using the upper and lower bodies 110 and 150, the upper and lower cover 140 and 160 can be easily separated and the upper and lower blade bundles 120 and 130 can be easily cleaned.

However, the technology of the "Paced Seasoning Machine", which the applicant has invented and registered, requires a large number of parts for the one-touch coupler 300, and the mold is complicated, so the economic efficiency is low, and the one-touch coupler 300 There was a problem that the bonding force is low.

In addition, the comb bundle 170 is inserted into the upper cover 140 and the separate grooves 112 and 142 formed in the base 110 to be fixed so as not to rotate together with the blades 122 and 132. Since the side of the comb bundle 170 must be assembled by inserting the grooves 112 and 142 one by one, there is a problem that the assembly is remarkably degraded and assembly time is required.

In addition, although the fall prevention jaw 116 is formed at the lower end of the upper cover plate 114, but is made of a structure that does not penetrate the juice, etc., the lower body 150 is coupled to the fall prevention jaw 116 is separate There was a problem that the juice can penetrate into the gear because there is no dropping jaw of.

In addition, the upper and lower blade bundles (120, 130) to remove the squeezed juice between the blades 122 constituting the water to clean the water when performing the center of the upper and lower blade bundles (120, 130) There is a problem that water penetrates into the key groove 118 portion of the drive device 200 is fitted with the blade shaft 124 to form.

The present invention has been made in view of the above-described prior art, and forms a fall prevention jaw at all the intersections where the upper and lower gases are coupled, and prevents the penetration of the juice by allowing the upper fall prevention jaw to be coupled in a state surrounding the lower fall prevention jaw. By providing a ring coupling member for cover coupling on the side of each gas, it is very easy to disassemble and assemble the blade, and to provide a wave cutting device so that the combination of each comb can be easily made during the assembly process. There is a purpose.

It is another object of the present invention to provide a wave cutting device that prevents the juice or water from penetrating into the coupling portion between the key groove and the blade shaft of the driving device.

In order to achieve the above object, according to a preferred embodiment of the present invention is provided with a blade for cutting the wave received by the rotational force in the opposite direction, respectively, while being accommodated therein is provided in each of the upper body and the lower body of the device body The upper and lower bodies overlap each other, and are assembled in a vertically intersecting state, and upper and lower cover plates are provided in the upper and lower bodies to seal the received gear box. The upper and lower cover plates are respectively provided. In the wave cutting device is provided with upper and lower blades detachably coupled to the key groove exposed to each of the predetermined intervals at the predetermined intervals, and the comb bunch member is formed integrally between the respective blades,

A plurality of guide grooves are formed on both upper and lower sides of the upper and lower device bodies, respectively, and are rotatably coupled to the end of the guide grooves to draw in and out of the guide grooves, and one end of the upper and lower covers is detached from the upper and lower device bodies. A coupling ring for coupling the upper and lower covers is provided, respectively, and coupling grooves to which the coupling ring is coupled are formed on both sides of the upper and lower covers, respectively, and the coupling grooves are formed to be elongated in the upper and lower directions. There is provided a breaker device, characterized in that the ring is configured not to be easily separated by vibration.

In addition, the present invention is characterized in that the guide groove is elongated in the longitudinal direction to prevent the coupling ring is bent by the force applied when the upper and lower cover body is coupled to the upper and lower device main body An apparatus is provided.

In addition, the present invention is the coupling ring is made of a high-strength wire ring, one end of the user is gripped by the hand is easy to disassemble and assembly is easy to break the device characterized in that the coupling ring and the extended handle is provided Is provided.

In addition, the present invention, the upper and lower cover plate is configured to extend the coupling rod of the pipe shape of the inside of each of the hollow portion in the predetermined portion near the front edge, the engaging projection coupled to the coupling rod is the rear of the upper cover There is provided a breaker device which is formed to protrude to.

In addition, the present invention, the upper and lower cover side to prevent the coupling ring is bent by contact force to the upper and lower blades by the force applied when the upper and lower cover body with respect to the upper and lower device body on both sides of the rear of the rear cover The support plate is further formed, in order to prevent the side support plate from being bent toward the upper and lower blades, the front and lower cover plate is characterized in that the projection is further formed to fix the side support plate to the outer predetermined position position An apparatus is provided.

In addition, the present invention is formed on the upper end of the lower gas is projected on the second fall prevention jaw, the first fall prevention jaw is coupled to accommodate the second fall prevention jaw to prevent the inflow of falling water at the bottom of the upper body There is provided a breaker, characterized in that formed to protrude.

In addition, the present invention, the upper and lower blade bundles 120, 130, the upper cover to prevent the permeation of water or water into the key groove 118 of the drive device 200 is coupled to the blade shaft 124 of the upper blade (120) On one side of the plate 114 is provided a breaker, characterized in that the retainer 368 is composed of a sharp end surface is coupled.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

Figure 3 is an attempt to show the state after the assembly of the wave cutting device according to an embodiment of the present invention, Figure 4 is an exploded perspective view showing the upper and lower gas of the wave cutting device according to an embodiment of the present invention, Figure 5 Is a perspective view showing in detail the upper body of the wave cutting device according to an embodiment of the present invention, Figure 6 is an exploded perspective view of the blade of the wave cutting device according to an embodiment of the present invention.

Referring to this, the wave cutting device 300 according to an embodiment of the present invention to form a fall prevention jaw at both the intersection where the upper and lower gas is coupled, the upper fall prevention jaw is coupled in a state surrounding the lower fall prevention jaw of the juice It is a device that prevents the source of penetration, and by providing a cover coupling ring coupling member on the side of each gas to facilitate the disassembly and assembly of the blade, and the combination of each comb bundle can be easily made in the assembly process.

In more detail, the wave cutting device 300 according to an embodiment of the present invention has a blade (122) (132) for cutting the wave received by the rotational force in the opposite direction, respectively received inside each upper body 310 And the lower gas 350, the upper gas 310 and the lower gas 350 overlap each other and are assembled in a vertically intersecting state.

In addition, upper and lower gas plates 310 and 350 are provided with upper and lower cover plates 114 and 152 for sealing the received gear box, respectively, and the predetermined upper and lower cover plates 114 and 152 are provided. The upper and lower blades 122 and 132 that are detachably coupled with the key grooves 118 exposed to each other at intervals of arrangement are provided, and the comb-butcher members are disposed between the respective blades 122 and 132. 172 is integrally molded.

On the other hand, the upper and lower blades 122, 132 is provided in front of the upper and lower cover 312, 352 coupled with the upper and lower device body 314, 354, at this time, in one embodiment of the present invention The breaker 300 according to the present invention has a plurality of guide grooves 318 and 358 formed on upper and lower sides of the upper and lower device bodies 314 and 354, respectively, and at the ends of the guide grooves 318 and 358. While being fixed to the upper and lower apparatus main bodies 314 and 354, the upper and lower apparatus main bodies 314 and 352 are attached to and detached from the upper and lower apparatus main bodies 314 and 352 to couple the upper and lower cover 312 and 352 to the upper and lower apparatus main bodies 314 and 354. Coupling rings 320 and 360 are provided respectively.

At this time, the guide grooves 318, 358 by the force applied when the upper and lower cover 312, 352 to the upper and lower device body 314, 354, the coupling ring 320 ( 360 is formed long in the longitudinal direction to prevent the bending, and the coupling ring 320, 360 is rotatably coupled to the end of the guide grooves 318, 358.

In addition, the coupling grooves 316 and 356 to which the coupling rings 320 and 360 are coupled are formed on both side surfaces of the upper and lower covers 312 and 352, respectively, and the coupling grooves 316 and 356. Silver is formed to be elongated in the up and down direction is configured so that the coupling ring 320, 360 is not easily separated by vibration.

On the other hand, the coupling ring 320, 360 is composed of a high-strength wire ring, one end is gripped by the user by hand easy to disassemble and assembly the coupling ring 320, 360 and the extended handle (not shown) ) Is provided.

Therefore, when assembling the upper and lower covers 312 and 352, as shown in Figure 6 with respect to the upper and lower device body 314, 354 in the state in which the engaging ring 320, 360 is folded to both sides. The upper and lower covers 312 and 352 are coupled, and the coupling rings 320 and 360 are pulled and inserted into the coupling grooves 316 and 356 to complete the coupling as shown in FIG. 4. Accordingly, the user can quickly disassemble and assemble the upper and lower cover 312 and 352 with respect to the upper and lower device bodies 314 and 354, and maintain the coupling force even with a simple component.

In addition, the predetermined portions near the front edges of the upper and lower cover plates 114 and 152 are configured such that coupling rods 322 and 362 having a pipe shape inside thereof are extended, respectively, as shown in FIG. As described above, the coupling protrusion 324 coupled to the coupling rods 322 and 362 is formed to protrude from the rear surface of the upper and lower covers 312 and 352.

Accordingly, when the upper and lower cover bodies 312 and 352 are coupled to the upper and lower device bodies 314 and 354, the insertion protrusion 324 is simply inserted into the coupling rods 322 and 362. The combination is made. At this time, since the comb bundle member 172 does not need to be separately inserted into the coupling rods 322 and 362, etc., it can be quickly assembled.

In addition, the side support plate 328 is provided between the engaging projections 324 formed on both upper and lower rear sides of the upper and lower cover 312 and 352, the side support plate 328 is the upper and lower device body 314 The upper and lower blades 122 and 132 are bent by the coupling rings 320 and 360 by a force applied when the upper and lower covers 312 and 352 are coupled to the 354. It is a plate to prevent.

Meanwhile, in order to prevent the side support plate 328 from being bent toward the upper and lower blades 122 and 132, the side support plate 328 is disposed outside the upper and lower cover plates 114 and 152. The projection 330 is fixed to the position is formed.

At this time, in order to prevent the comb bundle member 172 interposed between the blades 122 and 132 to be rotated together by the rotational force of the blades 122 and 132, the comb bundle member 172 of the comb bundle member 172 at the time of assembly. Side projections (not shown) are positioned in the space between the coupling rods 322 and 362 and the side support plate 328.

In addition, as shown in FIG. 4, a second fall prevention jaw 366 is formed at the front end of the gear bundle 364 of the lower gas 350, and the upper cover plate of the upper gas 310 is illustrated in FIG. 6. (114) The first fall prevention jaw 326 is provided at the bottom.

Therefore, when assembling the upper body 310 with respect to the lower body 350, the first fall prevention jaw 326 is coupled to accommodate the second fall prevention jaw (366) in the inner side by the upper body 310 The fine juice and the like are prevented from entering the gear bundle 364. In particular, by forming a separate second fall prevention jaw 366 in the lower gas 350, even if the juice or juice is introduced into the lower gap of the first fall prevention jaw 326 formed in the upper gas 310, the second fall prevention jaw By 366, the juice is not introduced into the gear bundle 364 of the lower gas 350.

In addition, the present invention is generated in the process of cutting the wave into the key groove 118 of the drive device 200 is coupled to the blade shaft (124,134) of the upper and lower blade bundles (120,130) as shown in FIG. Retainer 368 having sharp edges on one side of the upper cover plate 114 forming the side wall of the driving device 200 in order to prevent penetration of water or water sprayed during cleaning of the juice or water into the driving device 200. ) Is coupled and the tip of the retainer 368 is configured to be in close contact with the side of the blade 122, even if the juice is generated in the process of cutting the leeks or water is sprayed to wash the upper and lower blade bundles (120, 130) The retainer 368 prevents the juice or water from penetrating into the driving device 200 through the coupling portion between the blade shaft 124 and the key groove 118, and the tip of the retainer 368 has a blade 122. Close contact with the side of the form Blade 122 There is no problem at all for the revolution.

On the other hand, the breaker according to the embodiment of the present invention is not limited to the above embodiment, but various modifications can be made without departing from the technical gist of the invention.

As described above, the wave breaker according to the present invention is provided with a fall prevention jaw in the upper gas and the lower gas, respectively, and the fall prevention jaw of the upper gas is coupled to surround the fall prevention jaw of the lower gas, so as to the lower gap of the lower fall prevention jaw of the upper gas Even if the juice is inflow, the inflow of the juice can be blocked at the source by the fall prevention jaw of the lower gas, and the upper and lower cover can be quickly coupled to the main body of the device through the ring-shaped coupling ring, so the assembly is excellent. Since the assembly of the bundle member is easy, and the side support plate can be prevented from bending, there is an advantage of excellent safety and durability of the device.

In addition, the present invention is a retainer is configured in the key groove portion of the drive device coupled to the blade shaft of the upper and lower blade bundles, so that the retainer is in close contact with the side of the blade, the juice or blade generated during the wave cutting process The cleaning of the bundle provides an effect that can prevent water from penetrating into the driving device through the coupling portion of the key groove.

Claims (7)

Blades for cutting the waves, which are accommodated in the inside of the upper gas and the lower gas, respectively, are accommodated in the upper body and the lower gas, respectively, and the upper gas and the lower gas overlap each other. It is assembled in a state, and the upper and lower cover plates for sealing the gear box housed in the upper and lower bodies, respectively, are provided, and the upper and lower cover plates are detachably coupled with the key grooves exposed at predetermined intervals, respectively. In the wave cutting device is provided with upper and lower blades, the comb bunch member is formed integrally between the respective blades, A plurality of guide grooves are formed on both upper and lower sides of the upper and lower device bodies, respectively, and are rotatably coupled to the end of the guide grooves to draw in and out of the guide grooves, and one end of the upper and lower covers is detached from the upper and lower device bodies. A coupling ring for coupling the upper and lower covers is provided, respectively, and coupling grooves to which the coupling ring is coupled are formed on both sides of the upper and lower covers, respectively, and the coupling grooves are formed to be elongated in the upper and lower directions. Breaking device, characterized in that the ring is configured not to be easily separated by vibration. The wave guide according to claim 1, wherein the guide groove is elongated in the longitudinal direction to prevent the coupling ring from being bent by a force applied when the upper and lower cover parts are coupled to the upper and lower device bodies. Cutting device. According to claim 1, The coupling ring is made of a high-strength wire ring, one end of the wave gripping device, characterized in that the user is gripped by the hand is easy to disassemble and assemble the coupling ring and the extended handle is provided. . According to claim 1, wherein the upper and lower cover plate is configured to extend the coupling rod of the pipe shape of the inside of the hollow at a predetermined portion near the front edge, respectively, the engaging projection coupled to the coupling rod of the upper and lower cover Breaking device characterized in that formed to protrude to the rear. According to claim 1, The upper and lower cover is to prevent the engaging ring bent in contact with the upper and lower blades by the force applied when the upper and lower cover to the upper and lower device body on the upper and lower sides of the rear cover A side support plate is further formed, and in order to prevent the side support plate from being bent toward the upper and lower blade sides, the front and the front cover plate is characterized in that the projection is further formed to position the side support plate to the outer predetermined portion Cutting device.  According to claim 1, wherein the upper end of the lower gas is formed to protrude a second fall prevention jaw, the first fall prevention jaw coupled to accommodate the second fall prevention jaw to prevent the inflow of the falling down of the upper body Wave cutting device characterized in that formed to protrude to. According to claim 1, The front and lower ends of the upper cover plate to prevent penetration of the juice generated during the cutting process or the water sprayed during washing to the key groove portion of the drive device coupled to the blade shaft of the upper and lower blade bundles A retainer composed of these sharp surfaces is coupled and the retainer is brought into close contact with the side of the blade.

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